PE Cable Compound

Loading Port:China Main Port

Payment Terms:TT OR LC

Min Order Qty:-

Supply Capability:-

Product Description:

Specifications

Polyethylene cable compound

I.BT-0801 is one kind of the MDPE cable compound with the advantages of both HDPE and LDPE, it can be used to manufacture the sheath of the optical cable and cable. The product with the good resistivity can be used in the aerial cable insulation and the occasions of the high sheath strength and wear resistance, or the outer sheath of the ultra high power cable .

II.BT-0802 is one kind of the HDPE cable compound with the excellent weather resistance toughness, wear resistance and environmental stress crack resistance, it can be used to manufacture the sheath of the optical cable and cable or the occasion of the high performance requirments for the resistance and environmental stress crack resistance  .

III.BT-0803 is one kind of LLDPE cable compound with the excellent weather resistance ,wear resistance , environmental stress crack resistamce and electrical property and the excellent extruding performance result in the good surface. It can be used to manufacture the outer sheath of the power cable , control cable ,cable ,telephone cable and signal cable ,ect.

IV.BT-0805 is a high tension resistance of radiation crosslinking PE insulation cable compound with  the excellent mechanical property,processing property ,electrical property, high tension resistance and high insulation. Widely used in all kinds of occasions of high tension resistance and high insulation. Such as the color TV high tension line .

V.BT-0808 is a skeleton cable compound for the optical cable made from the special formula . This product has the high size stability ,smooth surface effect ,low shrinkage performance and aslo has the very good processing and mechancial properties. Professional for skeleton cable compound of sotted core cable.

PE CABLE COMPOSITION

Property

Unit

Typical value

MDPE

0801

HDPE

0802

LLDPE

0803

0805

0808

Specific gravity

g/cm3

0.942

0.953

0.935

1.13

0.952

Melting Index

G/10 min

0.7

0.5

0.9

1.2

0.30

Tensileness strength at break

MPa

20

23

19

25

28

Elongation at break

%

730

800

800

360

800

Brittle temperature(-70℃)

-

passed

passed

passed

passed

passed

ESCR

H

>500

>500

>500

>500

>500

             200 ℃oxidative induction period

Min

35

41

41

-

45

Dielectric strength

KV/m

28

26

25

26

28

Volume resistivity at 20 ℃

Ω.m

2.5X1014

2.7X1014

3.2 X1014

2.3 X1014

4.5 X1014

Dielectric Constant

-

2.3

2.2

2.5

2.3

2.1